Showing results for "Modeling" in Science & Engineering

A groundbreaking mathematician presents a new model for understanding financial markets. Benoit B. Mandelbrot, one of the century's most influential mathematicians, is world-famous for making mathematical sense of a fact everybody knows but that geometers from Euclid on down had never...

Welcome to the Modeling God’s Wills Podcast, the show that gives readers deeper insight into the Modeling God trilogy. This podcast is hosted by Dr. Joel Swokowski, the commentator on these books, and the author, J.G. (John) Lenhart. We’ve carried on from the Modeling God Podcast to bring you the same benefit for the second edition: Modeling God’s Wills. After leading numerous Modeling God's Wills book clubs, John and Joel were shown, yet again, that the more they teach this information, the more there is to discuss. Since not everyone can join one of the 16 week book clubs, they wanted ...

Welcome to the Modeling God Podcast, the show that gives the readers deeper insight into the Modeling God trilogy. This podcast is hosted by Dr. Joel Swokowski, the commentator on these books, and the author, J.G. (John) Lenhart. After leading numerous Modeling God book clubs, Joel and John came to the conclusion that the more they teach this information, the more they find there is to discuss. Since not everyone can join one of the 16 week book clubs, they wanted to bring these discussions to you by inviting you to your own private book club! Each episode will cover, at most, two chapters, ...

Science Modeling Talks is a podcast series that introduces you to top science Modeling teachers and thought leaders in a relaxed and conversational interview format. In our episodes, you'll hear stories and ideas that help the science education community learn and grow as effective classroom teachers. Visit our website for show note, links and more info about our guests: sciencemodelingtalks.com

Cardiomyocyte calcium handling is a major determinant of excitation-contraction coupling. Alterations in one or more calcium-handling proteins may induce arrhythmias through the formation of ectopic activity, direct and indirect ion-channel regulation, and structural remodeling. Due to the complex and tight interactions between calcium and other molecules within a cardiomyocyte, it remains experimentally challenging to study the exact contributions of calcium-handling abnormalities to arrhythmogenesis. Multiscale computational studies performed in close collaboration with laboratory ...